Colorfabb HT 700g

colorFabb has teamed up with Eastman Chemical Company to develop co-polyester based materials for FFF/FDM 3D printing. Now you can fulfill your vision with 3D creations that exhibit sparkling clarity and gloss and superior toughness. With superior melt strength and dimensional stability, Amphora delivers advanced bridging capabilities to create stronger and more detailed items—with low odor and low emissions.

Eastman Amphora™ 3D polymer is a low-odor, styrene-free choice that is uniquely suited for 3D printing applications. With Amphora, items can be created that are more functional, more durable, more efficient, and attractive.

colorFabb_HT is made with Amphora HT5300 and is a low-odor and styrene-free material uniquely suited for advanced 3D printing users, particularly those who need their models to exhibit excellent durability, toughness and high temperature resistance with a Tg of over 100⁰C. colorFabb_HT empowers professional users to create more durable and useful items, making prototyping truly functional. Learn more about colorFabb_HT on our special dedicated landing page. 

You can find the relevant data sheets here. To find more about emissions during 3D printing, you can find our more information here.

PVDF-C filament 1KG

PVDF is a semicrystalline polymer which experiences warping when it transitions from a melt to solid state. This stress is the result of crystallization and leads to dimensional distortion of the printed object and loss of adhesion to the build plate. Stress can be eliminated by annealing. But there is an easier way. Nile Polymers is pleased to introduce Fluorinar-C™ Kynar® PVDF 3D filament which completely eliminates warping in large PVDF 3D prints.

Available for the first time

Now large parts can be printed without loss of print bed adhesion. The final print remains perfectly flat after completion and cooling. Before the existence of 3D printing, one-off parts were typically made by machining from solid stock. Fluorinar-C™ now gives you possibilities: you can either print the part or print solid stock and create the part by machining. Either way, Fluorinar-C™ Kynar® PVDF 3D filament gives you the choices you need to complete your job.

• ISO 10993-5-2009 Biocompatible
• UL 94 V-0
• UPS Class IV

Chemical resistance chart: https://nilepolymers.com/wp-content/uploads/2017/01/2015-kynar-chemical-resistance-chart-brochure.pdf 

Electrical resistance in PVDF is greatly reduced without sacrificing production options by incorporating graphene. The result is our Fluorinar-ESD™ Kynar® PVDF filament which creates static dissipative parts while retaining the high-strength and corrosion resistance expected with PVDF.
 

• Print Temp Range: 240 – 250 C
• Bed Temp Range: 100 C
• Cooling Fan: No
• Print Speed Range: 10 – 30 mm/s
• Bed Adhesion: Print objects on glass bed that is prepared with a thin layer of Elmer’s Disappearing Purple Glue Stick

Note! Material requires abrasion resistant nozzle like CC core, ruby tipped or steel nozzle.

PVDF-H filament 500g

Nile Polymers is the first to manufacture a 3D print filament made from Arkema’s Kynar® PVDF. Known as Fluorinar-H™, this PVDF homopolymer filament is available in 500 g spools with either a 1.75 mm or 2.85 mm diameter with a +/- 0.05 mm tolerance. Now scientists and engineers can design and manufacture parts required in the lab or in production without the time and expense needed to create an injection molded part. This filament is ideal for either rapid prototyping or for small production runs. PVDF parts can be created from Fluorinar-H™ Kynar® PVDF filament in a matter of hours instead of months.

Chemical resistance chart: https://nilepolymers.com/wp-content/uploads/2017/01/2015-kynar-chemical-resistance-chart-brochure.pdf

Ultimaker CPE+ 2.85mm 700g

CPE (co-polyester) materials are chemical resistant, tough and demonstrate good dimensional stability. It is a preferred choice for both functional prototypes and mechanical parts. While both CPE and CPE+ provide similar performance
characteristics, CPE+ provides the added benefit of higher temperature resistance and increased impact strength.

UltiMaker CPE+ 2.85mm

CPE (co-polyester) materials are chemical resistant, tough and demonstrate good dimensional stability. It is a preferred choice for both functional prototypes and mechanical parts. While both CPE and CPE+ provide similar performance
characteristics, CPE+ provides the added benefit of higher temperature resistance and increased impact strength.

Ultimaker PC 2.85mm 750g 

With Ultimaker PC (polycarbonate) filament, you can print strong and tough parts that retain dimensional stability when subjected to temperatures as high as 110 oC. Our PC is a perfect filament for printing molds, tools, functional prototypes and parts for short-run manufacturing.

Reasons to choose Ultimaker PC

• High toughness, especially for the non-transparent filament options
• Resists temperatures and retains form up to 110 oC
• Flame retardant characteristics
• Dimensionally stable
• Strong interlayer bonding capabilities, especially when using the front door add-on
• Good bed adhesion, especially when using the stickers supplied in the Advanced 3D Printing Kit
• Allows printing of translucent parts for lighting applications with a transparent filament option
• Engineered to be printed at moderate temperatures compared to other PC filaments
• Minimized warping provides a seamless 3D printing experience USP description

ULTIMAKER PC: STRONG, TOUGH AND TEMPERATURE RESISTANT

The Ultimaker PC filament has high strength, toughness, and heat resistant properties. The best printing quality is obtained when used in combination with Cura’s extensively tested material profiles. It’s a great choice for a variety of applications, ranging from mechanically strong outdoor fixtures to aesthetically appealing lampshade designs.

UltiMaker PC 2.85mm 4pcs of 750g spools

With UltiMaker PC (polycarbonate) filament, you can print strong and tough parts that retain dimensional stability when subjected to temperatures as high as 110 oC. Our PC is a perfect filament for printing molds, tools, functional prototypes and parts for short-run manufacturing.

Reasons to choose UltiMaker PC

• High toughness, especially for the non-transparent filament options
• Resists temperatures and retains form up to 110 oC
• Flame retardant characteristics
• Dimensionally stable
• Strong interlayer bonding capabilities, especially when using the front door add-on
• Good bed adhesion, especially when using the stickers supplied in the Advanced 3D Printing Kit
• Allows printing of translucent parts for lighting applications with a transparent filament option
• Engineered to be printed at moderate temperatures compared to other PC filaments
• Minimized warping provides a seamless 3D printing experience USP description

UltiMaker PC: STRONG, TOUGH AND TEMPERATURE RESISTANT

The UltiMaker PC filament has high strength, toughness, and heat resistant properties. The best printing quality is obtained when used in combination with Cura’s extensively tested material profiles. It’s a great choice for a variety of applications, ranging from mechanically strong outdoor fixtures to aesthetically appealing lampshade designs.

Drive innovation more quickly, safely, and efficiently with Formlabs’ new self-extinguishing and halogen-free SLA material with a UL 94 V-0 certification and favorable flame, smoke, and toxicity (FST) ratings. 

Use FR Resin to easily 3D print flame retardant, heat-resistant, stiff, and creep-resistant parts that will perform well long-term in indoor and industrial environments with high temperatures or ignition sources.

Compatibility

●    Printer compatibility: Form 2, Form 3, Form 3B, Form 3L, Form 3BL, Form 3+, Form 3B+
●    Compatible with these resin tanks: Form 2 Resin Tank (PDMS), Form 2 LT Tank, Form 3/3B Resin Tank V1, Form 3/3B Resin Tank V2, Form 3/3B Resin Tank V2.1, Form 3L/3BL Resin Tank V1

Formlabs High Temp

High Temp has an HDT of 238 °C @ 0.45 MPa—the highest on the 3D printing materials market. This material is great for static applications that will undergo higher temperatures. High Temp can also be used for production processes such as casting and thermoforming.

• Mold prototyping
• Heat resistant fixtures
• Hot air and fluid flow
• Environmental testing